Pramac GDW465S/SNE | 371kW Diesel Generator | Three-Phase | Scania Engine

Powered by the Scania DC13 072A 02-12 12.7-litre six-cylinder turbocharged diesel engine and paired with a Mecc Alte ECO40 2S4 C alternator, it delivers 463.7kVA / 371kW Emergency Standby Power and 418.9kVA / 335.1kW Prime Power.

 

Pramac GDW465S/SNE | 371kW Diesel Generator | Three-Phase | Scania Engine

The Pramac GDW465S/SNE is a professional industrial diesel generating set engineered for applications where dependable high-capacity three-phase power is essential.

At the heart of the generator is the Scania DC13 072A 02-12, a 12.7-litre six-cylinder turbocharged diesel engine operating at 1500rpm. The engine features electronic speed governing, water cooling and a 24V electric starting system.

The generator provides 463.7kVA / 371kW Emergency Standby Power and 418.9kVA / 335.1kW Prime Power, making it suitable for both emergency backup installations and extended operation under variable electrical loads.

An optional Data Centre Power configuration is also available, providing 418.9kVA / 335.1kW DCP output for suitable data centre applications.

Scania Industrial Diesel Engine

The Scania DC13 072A 02-12 combines strong power output with proven industrial durability and efficient operation.

Key engine characteristics include:

• 12,700cm³ / 12.7-litre displacement
• Six cylinders in-line
• Turbocharged aspiration
• Electronic speed governor
• Water-cooled design
• 24V electric starting system
• 36-litre oil capacity
• 54-litre coolant capacity
• Maximum PRP lube oil consumption of approximately 0.3% of fuel consumption

The engine develops up to 403kWm gross mechanical power in ESP operation and 365kWm in PRP and DCP operation.

Mecc Alte Alternator

Electrical generation is handled by the Mecc Alte ECO40 2S4 C brushless alternator.

The alternator provides a 491kVA standby rating at 27°C and a 450kVA continuous nominal rating at 40°C.

It offers approximately 94.4% efficiency at full load, Class H insulation, IP23 protection and approximately ±0.5% voltage tolerance.

Fuel Consumption & Runtime

Fuel consumption is approximately:

60.39 litres per hour at 75% Prime Power

82.12 litres per hour at 100% Prime Power

A range of optional fuel tanks is available with capacities from 500 litres up to 4,000 litres.

Depending on the selected configuration, approximate runtime at 75% PRP ranges from 8.28 hours to 66.24 hours.

Automatic Mains Failure Control

The optional ACP Automatic Control Panel provides Auto Mains Failure functionality for standby installations.

The system offers full generator monitoring and protection, detailed event and performance logging, remote-control compatibility and optional I/O expansion.

Parallel Generator Operation

For larger installations, the optional MPP Modular Parallel Panel allows the GDW465S/SNE to operate in parallel with other generating sets.

Up to 32 generator sets can be configured for parallel operation, making this model suitable for large industrial power systems, load sharing and redundancy applications.

Open & Canopy Versions

The GDW465S/SNE is available in both open-frame and weatherproof canopy configurations.

The canopy version uses galvanized sheet-steel construction and high-quality soundproofing materials to protect the generator from demanding environmental conditions while reducing operating noise.

The standard canopy provides approximately:

• 98 dB(A) guaranteed sound power
• 79 dB(A) sound pressure at 1 metre
• 69 dB(A) sound pressure at 7 metres

An Extra Silent canopy is also available with a guaranteed sound power level of approximately 95 dB(A).

Typical Applications

The Pramac GDW465S/SNE is suitable for industrial facilities, manufacturing plants, warehouses, commercial buildings, construction projects, data centres, utilities, infrastructure, agriculture, emergency standby systems and prime power installations.

With its combination of Scania engine technology, Mecc Alte alternator performance and 371kW standby output, the GDW465S/SNE provides a dependable high-capacity solution for demanding three-phase power requirements.